You'll just have to work the formula backwards a bit, and you should be good.

Note that in the example, he's using .001 uF caps, and 15K resistors to get 10.585 Khz. I think if you just bumped your caps up to be .01 uF, you'd probably be in the ballpark (about 1060). You could replace the 15K resistors with something like 12K resistors in series with a dual 5K pot so you could adjust the frequency to an exact point if you wanted to.

You'll just have to work the formula backwards a bit, and you should be good.

Note that in the example, he's using .001 uF caps, and 15K resistors to get 10.585 Khz. I think if you just bumped your caps up to be .01 uF, you'd probably be in the ballpark (about 1060). You could replace the 15K resistors with something like 12K resistors in series with a dual 5K pot so you could adjust the frequency to an exact point if you wanted to.

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